AITC Directory

A single mmWave radar and AI system to estimate multi-site pulse transit time for contactless arterial stiffness and blood pressure monitoring.

A project to reconstruct 3D body posture using Wi-Fi signals and generative AI to enable contactless activity tracking for clinical use.

Smartphone video assessments to detect and monitor frailty at scale.

ASU engineer developing biomechanical systems for balance and fall prevention in older adults.

Movement scientist studying spine biomechanics and musculoskeletal modeling to improve mobility with aging.

A project developing an AI-enabled speech-based system for early detection of cognitive impairment.

AI to discover digital biomarkers for early cognitive impairment.

A project to train and validate a model that detects skin frailty (dermatoporosis) from anonymized hand/forearm images to encourage care-seeking.

EchoWear is developing an AI-assisted mobile cognitive screening tool with speech processing to help identify mild cognitive impairment and early dementia.

Stanford AI researcher developing computer vision and precision medicine tools for psychiatry and brain health.

An AI-powered interactive learning tool (EiQ-Care) to support informal caregivers with psycho-educational resources.

A usability study of an AI-assisted mobile feature that helps older adults negotiate diet plans to reduce ASCVD risk and track adherence.

A voice-first, multilingual AI system to screen and enroll older adults in social determinant of health services.

Validation of a low-cost, ML-based epigenetic biomarker of immune aging using at-home blood microsampling.

A project developing an AI assistant that uses caregiver observations to detect and communicate health changes in persons with Alzheimer’s disease and related dementias.

Stanford researcher integrating neuroscience and behavioral science to enhance cognitive aging.

A project to co-design symptom-specific digital biomarkers and personalized interventions for neurodegenerative conditions.

Development of AI-tailored non-pharmacologic interventions to improve quality of life in older adults at risk of Alzheimer’s disease and related dementias.

A multi-agent AI system to generate clear, tailored explanations of lab results and prompt caregiver follow-up for older adults.

Movement Analytics for Aging Population